What would a population‐level approach to dementia risk reduction look like, and how would it work?
Abstract
Dementia is a leading global public health challenge. Prevention approaches have traditionally focused on individual‐level strategies. However, such approaches have limited potential, particularly for resource‐constrained populations in which exposure to risk factors is greatest, and exposure to protective factors is lowest. A population‐level approach to dementia risk reduction is therefore essential to meet the scale of the challenge and to tackle global inequalities in risk and incidence of disease. Such approaches can be highly cost effective. In this viewpoint article, we describe what such an approach should look like, barriers and facilitators to success, and how we should go about achieving it. We include 10 strategic goals to achieve population‐level dementia risk reduction and protection enhancement, targeted at researchers, professionals, funders, science communicators, governments, businesses, and policy makers. If we are to significantly reduce the prevalence of dementia there must be increased emphasis on population‐level approaches. Highlights Dementia risk reduction is a global public health priority Population‐level approaches change societal conditions to make them less conducive to dementia's modifiable risk factors, and increase exposure to protective factors. Urgent development of population‐level approaches is required to reduce the prevalence of, and inequalities in, dementia Action is required from researchers, governments and business, funders, public health professionals, and science communicators. (PsycInfo Database Record (c) 2023 APA, all rights reserved) (Source: journal abstract)
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Date
2023
Type
Article
Subject
Dementia, Public health
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Citation
Walsh, S., Govia, I., Peters, R., Richard, E., Stephan, B. C. M., Wilson, N. A., Wallace, L., Anstey, K. J. & Brayne, C. (2023). What would a population‐level approach to dementia risk reduction look like, and how would it work? Alzheimer's and Dementia, DOI: 10.1002/alz.12985.